This report summarizes the results of a single site verification test for a Wi tribe LTE TDD project. Key findings include: 1) Throughput targets were met or exceeded at near points for all sectors, with sector A achieving up to 74.1 Mbps downlink. 2) Average downlink throughput was lower at far points, ranging from 26.3 to 32.2 Mbps. 3) Latency and KPI targets for call setup and handoff success were met. 4) Coverage maps show sectors achieve maximum coverage area with antenna azimuths of 30, 150, and 270 degrees.

1. Wi tribe LTE TDD Project
Single Site Verification Test Report
Site ID
KHI 164

2. Engineering Parameter Verification
Used Tools
Drive Test Tool Genex Probe V3R17C00
Analysis Tool Genex Assistant V3R17C00
Item Check list Sector A Sector B Sector C
Engineer Parameter
Antenna height(m) 26 26 26
Antenna azimuth 30 150 270
Mechanical tilt 2 2 2
Electrical tilt fix Variable fix
Basic configuration PCI 348 349 350
eNodeB Model DBS3900
Site Configuration S111
Spectrum Used (DL/UL) 3520.25 – 3541.25 MHz
Channel Bandwidth 20 MHz
EARFCN 43327

3. SSV Summary
Test Scenario Target Value Sector A Sector B Sector C
Average Maximum Average Maximum Average Maximum Average Maximum
DL Throughput (20MHz)
Near Point 75 Mbps 85 Mbps 66.1 74.1 66.0 75.7 65.6 75.7
Far Point NA NA 27.9 27.0 28.9 32.2 26.3 28.1
UL Throughput (20Mhz)
Near Point 6.5 Mbps 9 Mbps 6.7 7.0 6.9 7.2 6.3 6.7
Far Point NA NA 3.0 3.9 2.4 5.9 2.9 3.4
Avg. Latency (32 Bytes) 35ms 53ms 52ms 48ms
AVG.Latency(128 Bytes) 59ms 72ms 54ms
Static Test Results:
DT KPIs:
DT KPI Target Value Achieved Value
RRC Setup Success Rate 98% 100%
ERAB Setup Success Rate 98% 100%
Handoff Success Rate 98% NA
Service Drop Rate 2% 0%
Conditions:
5min Static test with below conditions and get the Peak & average throughput by DU meter:
1) Near Point: RSRP>-80 and SINR= >25 dB
2) Subframe Assignment = SA2
3) Special Subframe Pattern = SSP6
4) Any limitation of transmission should be excluded.
5) Any Non Huawei Equipment issue should be excluded
6) Core network delay should be less than 3ms to achieve latency <35ms
7) Server should be connected to PGW directly to achieve latency <35ms

4. Site Functionality Verification—Throughput
Near Point Average DL Throughput Sector A

5. Site Functionality Verification—Throughput
Near Point Average UL Throughput Sector A

6. Site Functionality Verification—Throughput
Far Point Average DL Throughput Sector A

7. Site Functionality Verification—Throughput
Far Point Average UL Throughput Sector A

8. Site Functionality Verification—Throughput
Near Point Average DL Throughput Sector B

9. Site Functionality Verification—Throughput
Near Point Average UL Throughput Sector B

10. Site Functionality Verification—Throughput
Far Point Average DL Throughput Sector B

11. Site Functionality Verification—Throughput
Far Point Average UL Throughput Sector B

12. Site Functionality Verification—Throughput
Near Point Average DL Throughput Sector C

13. Site Functionality Verification—Throughput
Near Point Average UL Throughput Sector C

14. Site Functionality Verification—Throughput
Far Point Average DL Throughput Sector C

15. Site Functionality Verification—Throughput
Far Point Average UL Throughput Sector C

16. Site Functionality Verification—Latency Test
Ping 32/128 Byte Sector A

17. Site Functionality Verification—Latency Test
Ping 32/128 Byte Sector B

18. Site Functionality Verification—Latency Test
Ping 32/128 Byte Sector C

19. DT Route Map

20. Serving SINR Plot

21. Serving SINR Histogram

22. Serving RSRP Plot

23. Serving RSRP histogram

24. Serving RSRQ Plot

25. Serving RSRQ histogram

26. Serving PCI Plot

27. Average MAC DL Throughput Plot

28. Average MAC DL Throughput Histogram

29. Average MAC UL Throughput Plot

30. Average MAC UL Throughput Histogram

31. Serving Residual BLER Plot

32. Serving Residual BLER Histogram

33. Serving Rank Indicator Plot

34. Serving Rank Indicator Histogram

35. Serving CQI Plot

36. Serving CQI Histogram

37. Serving Transmission Mode Plot

38. Serving Transmission Mode Histogram

39. Serving QPSK Plot

40. Serving QPSK Histogram

41. Serving 16QAM Plot

42. Serving 16QAM Histogram

43. Serving 64QAM Plot

44. Serving 64QAM Histogram

45. Modulation Schemes Percentage

46. FOOT PRINT
SECTOR A

47. FOOT PRINT
SECTOR B

48. FOOT PRINT
SECTOR C

49. SUMMARY
• Maximum routes covered.
• Azimuths are set to 30/150/270 to cover maximum area.
• Site maximum throughput achieved.
Null area .

50. COVERAGE AREA
COVERED AREA:
SECTOR A:350M
SECTOR B:260M
SECTOR C:5500M

51. COVERAGE AREA

52. COVERAGE AREA

53. COVERAGE AREA